Handbook of Engineering Polymeric MaterialsCRC Press, 1997 M07 25 - 888 pages Presenting practical information on new and conventional polymers and products as alternative materials and end-use applications, this work details technological advancements in high-structure plastics and elastomers, functionalized materials, and their product applications. The book also provides a comparison of manufacturing and processing techniques from around the world. It emphasizes product characterization, performance attributes and structural properties. |
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Page iii
... applications , most of which center around the consumer . Despite these materials being mature , and market applications well established , this is by no means a stagnant industry or subject . Driven by fierce competition , product ...
... applications , most of which center around the consumer . Despite these materials being mature , and market applications well established , this is by no means a stagnant industry or subject . Driven by fierce competition , product ...
Page vi
... Applications 259 Ramazan Mirzaoglu , Refiga Kurbanova , and Mustafa Ersöz 19. Performance of Polyethylenes in Relation to Their Molecular Structure 277 Ajit B. Mathur and Ishwar Singh Bhardwaj 20. The Crystallization of Polyethylene ...
... Applications 259 Ramazan Mirzaoglu , Refiga Kurbanova , and Mustafa Ersöz 19. Performance of Polyethylenes in Relation to Their Molecular Structure 277 Ajit B. Mathur and Ishwar Singh Bhardwaj 20. The Crystallization of Polyethylene ...
Page vii
... Applications to Polymer Alloys 601 Reiko Saito and Koji Ishizu 40 . Flow Behavior of Polymer Blends as Affected by Interchain Crosslinking 611 Chapal K. Das 41. Tough Composites Based on Premixed PP / LCP Blends 623 Markku T. Heino and ...
... Applications to Polymer Alloys 601 Reiko Saito and Koji Ishizu 40 . Flow Behavior of Polymer Blends as Affected by Interchain Crosslinking 611 Chapal K. Das 41. Tough Composites Based on Premixed PP / LCP Blends 623 Markku T. Heino and ...
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Contents
III | ix |
IV | 17 |
VIII | 43 |
X | 55 |
XII | 63 |
XIV | 75 |
XVI | 87 |
XIX | 101 |
LXI | 559 |
LXIV | 567 |
LXV | 583 |
LXVIII | 593 |
LXXI | 605 |
LXXIV | 615 |
LXXVIII | 631 |
LXXXI | 649 |
XXII | 119 |
XXV | 127 |
XXVIII | 149 |
XXXI | 161 |
XXXVI | 171 |
XXXIX | 241 |
XLII | 259 |
XLV | 277 |
XLVIII | 333 |
LI | 483 |
LIV | 523 |
LVII | 537 |
LXXXII | 667 |
LXXXIII | 687 |
LXXXVI | 707 |
LXXXIX | 717 |
XCII | 737 |
XCV | 747 |
XCVIII | 757 |
CI | 769 |
CIII | 791 |
CVI | 819 |
CIX | 839 |
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Common terms and phrases
acid acrylamide acrylate activity adhesion AIBN amine Appl aqueous blends block copolymers bonds carboxyl catalyst Ce(IV cellulose CH₂ chain Chem chemical chloride compatibilizer composite compounds concentration copolymerization crosslinking crystalline crystallization decrease degradation density dispersion effect elastomer emulsion polymerization esters ethylene fibers fibril Figure film formation free energy free radical function graft copolymer groups higher homopolymer hydrogenation increase initiator interfacial ionomer latex LDPE LLDPE Macromol Macromolecules materials matrix mechanical properties melt metal metallocene methacrylate method microspheres modified modulus molding molecular weight molecules monomer morphology Neural network nitrile nitrile rubber obtained oxide parameters particles peroxide Plastics poloxamers poly polyethylene polymer polyolefins polypropylene polystyrene Preblend presence PVAc ratio reaction reactive redox resin rubber samples shear rate solution solvent stability structure studied styrene surface synthesis Table temperature tensile thermal tion TLCP vinyl monomers viscosity ylide